Assignment Name: Feasibility Study and Preliminary Engineering Design of a 100kWp Community Solar PV Hybrid Mini Grid
Country: Nigeria
Location within Country: Ekiti State
Duration of Assignment (months): In Progress
Name of Client: Triple E Group Power Investment Project
Total No of Staff-Months of the Assignment: 12 Man-Months
Address: Omigun-Ogotun Ekiti, Ekiti South-West Local Government, Ekiti State
Latitude: 7.445391
Longitude: 4.992445
Start Date: February, 2025
Completion Date: Ongoing
No. of Professional Staff-Months Provided by Associated Consultants: N/A
Name of Associated Consultants, If Any: N/A
Senior Professional Staff Involved and Functions Performed:
Description of Project:
The project is the design of a Community Solar PV Hybrid Minigrid in an unserved off-grid area of Ekiti State. The team’s work included defining the project area boundary in collaboration with the Ekiti State Ministry of Infrastructures and Public Utilities (following up on scoping by the Nigeria Rural Electrification Agency); a comprehensive audit (enumeration and tagging of residential and other consumer types); energy audits to assess equipment usage; collection of critical consumer metrics for payment ability; analysis of energy consumption to establish demand and load profile; simulation using the Odyssey/HOMER tool; design of the distribution network with smart metering; and development of CAPEX, LCOE, tariff scenarios, and financial feasibility. Remaining work involves procurement, connecting consumers, and system commissioning.
Assignment Name: Feasibility Study and Preliminary Engineering Design of a 125kWp Solar PV Hybrid Mini Grid
Country: Nigeria
Location within Country: Ekiti State
Duration of Assignment (months): In Progress
Name of Client: Triple E Group Power Investment Project
Total No of Staff-Months of the Assignment: 12 Man-Months
Address: Ofale-Otun Ekiti, Moba Local Government, Ekiti State
Latitude: 7.957123
Longitude: 5.049790
Start Date: February, 2025
Completion Date: Ongoing
No. of Professional Staff-Months Provided by Associated Consultants: N/A
Name of Associated Consultants, If Any: N/A
Senior Professional Staff Involved and Functions Performed:
Description of Project:
The project is the design of a Community Solar PV Hybrid Minigrid in an unserved off-grid area of Ekiti State. Work included boundary identification in conjunction with the Ekiti State Ministry of Infrastructures and Public Utilities (as a follow-up to the Nigeria Rural Electrification Agency’s scoping), an extensive audit (enumeration and tagging of residences and consumer types), energy audits to record equipment usage, collection of consumer metrics, analysis of energy consumption to determine demand and load profile, supply simulation using Odyssey/HOMER, design of the distribution network with smart metering, and preparation of project CAPEX, LCOE, and tariff scenarios with financial feasibility analysis. Remaining work covers procurement, linking consumers, and commissioning.
Assignment Name: Feasibility Study and Preliminary Engineering Design of a Solar PV Hybrid Mini Grid
Country: Nigeria
Location within Country: Ekiti State
Duration of Assignment (months): In Progress
Name of Client: Ministry of Infrastructures and Public Utilities, Ekiti State and Rural Electrification Agencies, Abuja
Total No of Staff-Months of the Assignment: 2 Months
Address: Salaro-Ijero Ekiti, Ijero Local Government, Ekiti State
Latitude: 7.790107
Longitude: 4.999662
Start Date: February, 2025
Completion Date: Ongoing
No. of Professional Staff-Months Provided by Associated Consultants: N/A
Name of Associated Consultants, If Any: N/A
Senior Professional Staff Involved and Functions Performed:
Description of Project:
The project is the design of a Community Solar PV Hybrid Minigrid in an unserved off-grid area of Ekiti State. The work encompassed boundary identification in collaboration with the Ekiti State Ministry of Infrastructures and Public Utilities (following up on initial scoping by the Nigeria Rural Electrification Agency), a comprehensive audit (enumeration and tagging of residences and consumer types), energy audits to assess equipment usage, collection of vital consumer metrics, analysis of energy use to determine the total demand and load profile, simulation using Odyssey/HOMER, design of the connection network with smart metering, and preparation of CAPEX, LCOE, and tariff scenarios with a financial feasibility analysis. The remaining tasks include procurement, consumer connection, and system commissioning.
Assignment Name: Development of ITMO MADD Plus Preparation for Carbon Registration
Country: Nigeria
Location within Country: Lagos
Duration of Assignment (months): In Progress
Name of Client: Helios Investors Genpar III LP / Axxela Limited
Total No of Staff-Months of the Assignment: 60
Address: 17A, Ozumba Mbadiwe Avenue, Victoria Island, Lagos, Nigeria.
Contact: +234 1 2700035; E-mail: apokafor@heliosllp.com
Start Date: July 2021
Completion Date: Ongoing
No. of Professional Staff-Months Provided by Associated Consultants: None
Name of Associated Consultants, If Any: N/A
Senior Professional Staff Involved and Functions Performed:
Description of Project:
A key objective of this project is to estimate the greenhouse gas (GHG) emissions reduction achieved when diesel used for onsite power generation and fuel oil for steam production are replaced with lower‐carbon natural gas. The Triple E team employed internationally accepted Carbon Accounting methodologies to estimate the GHG emissions reduction and submitted the resulting document for registration on a selected carbon trading platform. Developed under the Paris Agreement Article 6.2 ITMO mechanism, the mitigation option is planned for sale to the Global Carbon Council (GCC) in Doha, Qatar. The process began with a Mitigation Action Idea Note (MAIN) that secured government approval and served as the basis for a Project Submission Form (PSF), which is now undergoing verification by an international verification company registered with the GCC. Triple E continues to support the client through the registration process.
SteamaCo is an Anglo-African smart metering technology company with operations in Sub-Saharan Africa. The company provides the best way to detect theft and resolve it fast in order to meet aggregate technical, commercial and collections (ATC&C) losses targets. With the aid of their platform, they can easily integrate with distribution network, gathering and analysing data 24/7, 365 to detect: • Meter bypass • Meter tamper • Illegal connection Based on these capabilities, Triple E engaged SteamaCo as the supplier of the smart metering system used for the connection of over 200 consumers connected to the 80KwP Solar PV Hybrid Power Plant in Onirogbo Community. In a meeting held in our Lagos office in February 2025, SteamaCo promised more efficient service at affordable cost. The picture below shows the top management of the two companies.
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